A ball of mass 2kg dropped from a height H above a horizontal surface rebounds to a height h after one bounce. The graph that relates H to h is shown in figure. If the ball was dropped from an initial height of 81 m and made ten bounces, the kinetic energy of the ball immediately after the second impact with the surface was

A ball released from a height ho above a horizontal surface rebounds to a height h_(1) , after one bounce. The graph that relates h_(0) to h_(1) is shown Fig. If the ball (of the mass m ) was dropped from an initial height h and made three bounces, the kinetic energy of the ball immediately after the third impact with the surface was

A ball released from a height ho above a horizontal surface rebounds to a height h_(1) , after one bounce. The graph that relates h_(0) to h_(1) is shown Fig. If the ball (of the mass m ) was dropped from an initial height h and made three bounces, the kinetic energy of the ball immediately after the third impact with the surface was

A ball is dropped from a height h onto a floor and rebounds to a height h//6 . The coefficient of restitution between the ball and the floor is

A ball is dropped from a height of 20m. it rebounds to a height on 10m. Calculate the loss of energy of the ball

A ball is dropped from a heght of 3.6 m and strikes a horizontal surface . It rebounds from the horizontal surface to height h . Calculate h , if coefficient of restitution is 0.6

A ball is dropped from height 'H' onto a horizontal surface. If the coefficient of restitution is 'e' then the total time after which it comes to rest is

A ball is dropped from height 'H' onto a horizontal surface. If the coefficient of restitution is 'e' then the total time after which it comes to rest is